The Wagner Cone Prosthesis Stem is ideally suited for cases where variable version control is important and a smaller diameter, shorter length implant is usually necessary in a primary application.

The Wagner SL Revision Hip is designed to bridge proximal bone defect to gain distal fixation and rotational stability. Clinically proven design 1 with over 30 years of clinical experience. Proven grit-blasted surface and a biocompatible titanium alloy.

SL Revision Prosthesis (SR) and site of the transverse osteotomy (QO) if a transfemoral approach is planned (Figure 4). The distally limiting transverse osteotomy for the transfemoral approach is generally sited at the distal end of the bone defect. In the …

10 Wagner Cone Prosthesis Hip Stem Surgical Technique Exposure The Wagner Cone Prosthesis Hip Stem can be implanted using a variety of surgical approaches. The specific approach used depends on surgeon preference. Also, the system is compatible with the Zimmer® Minimally Invasive Solutions™ (MIS) techniques taught through The Zimmer Institute.

The Wagner SL Revision Hip is designed to bridge proximal bone defect to gain distal fixation and rotational stability. It features a proven grit-blasted surface and a biocompatible titanium alloy. A tapered, conical implant body and eight longitudinal ribs provide rotational stability and allow for intraoperative anteversion adjustment.

Feb 12, 2011 · In this study we report the outcomes of the dysplastic hips, Crowe I and II, treated with the uncemented Wagner Cone Prosthesis Hip Stem (Zimmer ®) and with a small size Trilogy Acetabular System (Zimmer ®) from 2002 to 2008 in our hospital (Figs. 1 and and2 2).

The Cone Collar Provisionals replicate the collar/neck geometry of the femoral component for exact trial reductions. The system utilizes one Cone Collar Provisional for two Rasp sizes (e.g. 12/13 is marked on the Cone Collar Provisional and indicates usage with only the size 12 and size 13 rasps). The standard offset Cone Collar Provisionals

From simple primary to complex revision arthroplasty, Zimmer Biomet offers a comprehensive portfolio of hip constructs that combine rich clinical heritage with modern technological advancements.

Background: Splined conical stems offer design features that facilitate their use in the misshapen, dysplastic proximal femur. Methods: This study assessed the survivorship of a conical prosthesis when applied to secondary coxarthrosis because of a range of pathologies.

Zimmer Biomet's Trabecular Metal Primary Hip Prosthesis combines the characteristics of Trabecular Metal Technology with a bone-conserving proximal design.